… exothermic chemical reactions on metal surfaces occurs by creation of electron–hole pairs
in … The chemically created hot electrons travel ballistically through the metal film, traverse the …

… of reaction-induced hot electrons and holes possible. The chemical reaction creates hot charge
… of e–h pair excitation by rapid and exothermic chemical reactions on metal surfaces. The …

… the chemical reaction into an electric current. It is of interest to search for new
semiconductor–chemical reaction … in the form of electron–hole pair generation. Here, we …

… lead to chemical reactions. Numerous interactions may be treated as the preliminary stages
of chemical reactions: … and regions with negative EPs related to lone electron pairs. The sp 3 …

Multi-electron redox reactions, although central to artificial photosynthesis, are kinetically
sluggish. Amidst the search for synthetic catalysts for such processes, plasmonic nanoparticles …

… in , meaning that electron-hole pair excitation remains important … the predictions that
electron-hole pair excitation increases the … More generally, chemical reactions at a metal surface …

… the number of electron−hole pairs created and therefore both the number of states that are
filled by electrons and the probability of an electron encountering a hole. Excellent agreement …

… contribute to a single electron–hole pair or multiple electron–hole pairs. The latter can occur
… as electric current or to commence the chemical reactions, the ease of dissociation has little …

… , indicating that the holes dissociate from the electrons at the … electron and the hole in the
electron–hole pair are initially … ≈ 1.6 eV for the dissociated pair of the radical anion and the …

… -hole pairs per particle. This experiment was further motivated by the need to directly examine
multiple photogenerated e"/h+ pairs … of generating 3.6 electron-hole pairs per particle in a …